The 10 Hex Bar Deadlift Muscles Worked You Need to Know

Hex bar deadlift muscles worked, and the muscles used by a conventional deadlift are practically the same except for one big difference that could be a game-changer for you.

The hex bar deadlift variation places more significant stress on your:

• quadriceps and
• upper trapezius

and less strain on your:

• hamstrings,
• glutes, and
• lower back.

Therefore, if you suffer from lower back pain, the hex bar deadlift is an excellent strength training option.

You gain full-body strength and conditioning benefits, without the excessive stress that standard deadlifts place on your lumbar region.

Because the weight is closer to your center of gravity, there is less stress on your back and risk of injury.

The hex bar deadlift muscles worked comprises the following muscle groups:

• Quadriceps muscles
• Hamstrings muscle group
• Calves
• Adductors
• Erector spinae muscles
• Abdominal core and Obliques
• Latissimus dorsi muscles
• Trapezius
• Infraspinatus
• Gripping muscles

Why strongman and powerlifter Alan Thrall is now using the hex bar deadlift

What muscles does a hex bar deadlift work?

#1. Quadriceps

The hex bar deadlift targets your quadriceps more than a standard deadlift.

It is easier on your lower back because of the position of your center of mass inside the hex bar.

You gain the benefits of squats without having to hold a loaded barbell on your back as in a conventional squat.

Your quadriceps femoris muscle is a four-headed muscle group on the front of your thigh, which covers the femur bone.

They are one of the most powerful muscle groups in the human body.

This anatomical fact accounts for the transformative strength and power of hex bar deadlifts (aka hex bar squats).

Hex bar deadlifts will work your legs hard, specifically your quadriceps.

The quadriceps include:

• Rectus femoris
• Vastus intermedius (sits underneath the rectus femoris.)
• Vastus lateralis
• and Vastus medialis

See additional details about the quadriceps femoris anatomy and function in this video:

#2. Hamstrings

Hex bar deadlifts also work your hamstrings, but to a lesser extent than a traditional deadlift.

On the back of your thighs directly opposite your quadriceps are your hamstring muscles, another vital link of your posterior chain.

Strong hamstring muscles are critical for success in powerlifting.

And they are also responsible for exceptional performance in other sports driven by lower body strength.

For example;

• Olympic gold medalist Allyson Felix, and
• New York Giant running-back sensation Saquon Barkley.

Your hamstring muscle group includes the:

• biceps femoris
• semimembranosus and
• semitendinosus

#3. Calves

• Gastrocnemius
• Soleus
• Achilles tendon

#4. Adductor muscles group

Hex bar deadlifts also engage the adductor group muscles.

The adductor muscles help you move your thighs to your body’s center, and away from your midline.

They are also known as the hip adductors and are composed of:

• Gracilis
• Pectineus
• Adductor Brevis
• Adductor Longus
• and Adductor Magnus

The adductor minimus is part of the Adductor Magnus.

Like the gluteus maximus, the Adductor Magnus is one of the most massive muscles in the human body.

#5. Erector spinae muscles

The Erector Spinae muscle consists of three columns of muscles:

• Iliocostalis,
• Longissimus, and
• Spinalis

Each muscle column runs parallel to the outer sides of the vertebra.

They extend from the lower back of the skull down to the Pelvis.

You place less tension on your Erector Spinae muscles because of your upright position inside the trap bar.

This favorable posture solves the problem of lower back pain when deadlifting.

Al Gerard enabled millions of people with lower back pain to deadlift when he invented the hexagonal barbell.

Muscles used in the hex bar deadlift diagram

One of the main muscle groups engaged in the hex bar deadlift is the erector spinae muscles.

These lumbar muscles are worked more intensely in the classic deadlift than the hex bar deadlift.

These are powerful muscles, which help you bend forward and return to a standing position.

The spinal erectors run down your back, from the base of your skull to the lower vertebrae.

You work your entire posterior chain, whether you do straight bar or trap bar deadlifts.

#6. Abdominal core muscles and obliques

• Rectus abdominis
• Transverse abdominis
• Internal obliques
• External obliques

Hex bar deadlift abdominal muscles worked Image Credit antranik.org

The hex bar deadlift activates almost every muscle in your body, including your abdominal muscles, as well.

One of the essential actions you must take when you perform any deadlift style is to brace your core.

This tightening of your body is known as blocking.

Before all deadlift variations, such as the sumo deadlift, regular deadlift, or deficit deadlifts, you must take in a deep breath and contract your abdominal muscles.

Bracing your body like this creates intrathoracic pressure, which means stability for the thorax region of your body.

The thorax region is between your abdomen and neck.

This pressure helps you stabilize and support your lumbar spine (lower back) while you perform a weighted deadlift.

And to prevent injury to your spine, you must maintain this intrathoracic pressure during all phases of a deadlift.

Therefore, you stabilize your spine in any type of deadlift with your abdominal muscles.

Warning: Always maintain a flat back, throughout the hex bar deadlift.

To maintain a flat back, take a deep breath, contract your abs, and keep this intraabdominal pressure throughout the deadlift.

Bracing prevents injury to your spine during deadlifts, as well as when you deadlift with a trap bar.

#7. Latissimus dorsi muscles

As you brace and engage your lats, the hex bar deadlift works your latissimus dorsi muscles.

 Latissimus dorsi Image Credit yoganatomy.com

#8. Trapezius

The trapezius is a diamond-shaped muscle that extends from your neck to the middle of your back.

Hex bar deadlifts will work the upper region of the trapezius more intensely than conventional barbell deadlifts.

• The superior or upper region
• Middle portion
• The inferior or lower region

#9. Infraspinatus

The infraspinatus muscle is one of the four muscles of the rotator cuff.

It helps stabilize your shoulder joint.

#10. Gripping muscles

Look no further than any deadlift variation if you want to develop phenomenal grip strength.

The main gripping muscles worked by the hex bar deadlift include:

• Flexors digitorum profundus,
• Digitorum superficialis,
• Pollicis longus, and
• Digiti minimi brevis

The hex-bar deadlift uses a neutral grip which is more comfortable to some exercisers than the mixed grip or double overhand grip of the traditional barbell deadlift.

Hex Bar Deadlift Muscles Worked – Final Thoughts

The hex bar deadlift, if done with proper form, can dramatically change your body.

And not only if you use a heavier weight.

Even deadlifting lighter weight can have a profound impact on your health and fitness.

You can transform from a couch potato to lean and muscular.

The hex bar deadlift works most of the muscles of your entire body from your head to your feet.

Hex bar and traditional deadlifts target all the major muscle groups of your body, which is the reason they are both so transformative.

Therefore, a progressive hex bar deadlift program will change your body even if you’re a beginner.

And you will still want to use hex bar deadlifts as an elite athlete to build power or rehabilitation.

For example, Stephen Curry, the most exceptional shooter in NBA basketball history, rehabilitated his injury-prone ankles with hex bar deadlifts:

• builds muscle,
• fights obesity,
• improves confidence,
• strengthens and conditions your entire body,
• boosts your mood,
• helps to rehabilitate leg injuries,
• allows you to deadlift despite lower back problems

For more deadlift details like:

• starting position
• range of motion
• hip or shoulder-width, and
• deficit deadlift tips

See these additional (HM) deadlift blog articles:

Visually